|
|
CORE SECTION
|
|
| The inverter adopts state-of-the-art the 6 th generation IGBT high pulse width
modulation (PWM). |
| HIGH RELIABILITY |
|
 |
DSM/DSL series are the masterpiece brought about by Our UPS experience
accumulated over the decades and the effort of its subsidiary R&D centre. The UPS are integrated with some of the most global advanced technologies. For example, integrated packaging power IC components, DPS high speed processor, fully digital driver circuit design, ECO-MODE operating module, software smart charger, and the most advanced SMD
|
| electrical circuit. The result is to greatly enhance the UPS reliability. The average reliability index of no outage time MTBF >350,000 hours, and it is accredited by ISO9001 international quality standard. |
| HIGH QUALITY OUTPUT |
|
| Non-linear loading animated UPS system, with adoption of DSP external processor. The speed is the quickest in the world, being 12 times faster than the traditional micro-processor. The fully digital driven circuit maximizes its response and operating speed. This best complies the loading requirement of IT equipment. |
| QUALITY OFFERED BY DSM/DSL |
|
 |
4Stable output under dynamic loading change
4Minimum voltage change and distortion
4 high immunity to EMI/RFI interference
All above functions have suppressed any electrical shock and disturbance brought by non-linear loading. |
|
| MINIMAL DISTURBANCE |
|
｀Green' rectification technology, isolated transformer and animated harmonic filter circuit design are adopted. All these combine to reduce the input harmonic distortion to as small as 3-5%. Contamination of UPS towards the power network and other facilities is also greatly reduced. In addition, no source compensation circuit design provides a real ｀clean' power source to the end users. Under very sensitive operating situation of an optical fiber communication system, its low interference characteristic can be maintained to the broadband range of 5KHZ-1000MHZ. Its interference characteristic can fully absorb linear and non-linear current and power surge, in the ratio of 1:1 under matching condition with the power generator.
|
|
|
